In an
apparent grand gesture, some well-meaning Ghanaians distributed mathematical
sets to a cross-section of candidates writing the 2018 Basic Education
Certificate Examination. Considering the financial constraints of some Ghanaians,
one would not be surprised that an appreciable number of the candidates might
not have owned mathematical sets until they received the gifts. The benefactors
deserve gratitude for thinking about deprived parents and children.
However,
the situation could have been handled in a different and more pragmatic manner.
Mathematical literacy is very low among basic school children. Performance in
maths examination has been declining over the years. The poor performance gets
replicated at the secondary level. Concerned educators really are baffled about
how mathematics is handled in both basic and secondary school classrooms, so
that graduates end up lacking basic mathematical literacy.
The
pragmatic approach, therefore, should be tackling the core problem, the
teaching and learning challenges that negate classroom efforts aimed at
imparting numeracy to pupils. Amongst other measures, classroom practices from
kindergarten through senior high school ought to be revisited for radical
improvement. Personnel in charge of the classrooms should be retrained and
monitored effectively for performance. Serious thought should be given to ways
through which information technology could be utilised not only to enhance studies
in mathematics, but also to ensure that pupils and students begin to like the
subject. A likeness for the subject would be the best motivation for learners
to pursue mathematical literacy.
Teachers
should strive to bring reality into mathematical classrooms. In rural areas,
where electricity and electronic devices are in short supply, innovative
teachers could utilise local materials such as bottle tops, stones/pebbles,
sticks to explore numeracy in kindergarten and lower primary. In the upper
classes, local settings could be used to explain concepts and formulae.
Numerous examples could be designed from our market settings alone. Yes,
mathematics could be fun and practical for learners.
In other
words, the problem facing learners is not just about lacking working tools or
equipment. Giving mathematical sets to pupils who may not able to draw the y and
x axis, let alone plot lines defeats the intention behind the offer. In the
good old days, students were taught how to use the tools in the set, in
geometry. My mathematics teacher, Mr. Osei-Sarfo, patiently took us through the
process of placing a pencil in the compass so as to be able to plot and chart precise
lines. Even in secondary form 1, majority of us were challenged by that simple
process. The teacher kept repeating that if we failed to place the pencil
right, our lines will not be accurate. We had a good sense of humour and made
so much fun of one another whenever the compasses looked like broken necks.
I have
been thinking about that experience since I read about the mathematical set gifts
to the pupils. I asked myself: How many of the pupils would know how to use the
tools to solve mathematical problems? What is more important, how many of the
candidates would really comprehend the problems that would be given them to
solve, which comprehension would guide them to utilise the tools in the set accurately?
In short, are the students even prepared for the mathematics examination?
Whilst I
may speculate about the questions, I know for a certainty that
teaching/learning mathematics is bogged down with the severest of challenges.
The challenges effectively render the giving of mathematical sets ostentatious,
rather than pragmatic. I recommend that in future, the mathematical sets should
be given to needy pupils, at least, six months before the final examination.
That way, even if teachers are not able to help pupils utilise the tools, the
latter may get assistance from parents or siblings.
Above
all, maths-inclined teachers from secondary and tertiary institutions, parents
and students could be mobilised to volunteer their time to complement primary
teachers’ efforts in teaching fundamental mathematics. Such volunteers would
practise sums with pupils. Volunteering might be for thirty minutes or an hour,
yet it might go a long way to motivate pupils to grasp basic mathematical
concepts.
Pupils
and students need to understand that mathematics not only helps humans to
understand our universe, but it aids us in solving daily problems. We deal with
mathematics in everyday life. Learners should be helped to understand that they
apply the principles of mathematics throughout the day, and that the classroom
lessons help them to put a name/concept to things they do every day. When
mathematics is reduced to such simple terms, learners might change the
mentality that maths is too difficult a subject to grasp.
The
Nation does not have a choice: If the objective is to create entrepreneurs, critical
thinkers and innovators for society, then mathematics should be offered to
learners in a pragmatic manner. Teachers should sharpen their numeracy skills
before their teaching can have an impact on learners. Of course, pupils must develop
enthusiasm for learning mathematics. A proactive approach could ensure that.
Currently, a cross-section of the candidates may not know how to use the tools
in the mathematical set. However, if they really understood the underlying
principles of the subject, they could improvise the tools from local materials
to demonstrate applied knowledge. All stakeholders of education must join
forces to ensure that pupils have enabling classrooms for fun teaching/learning
of mathematics. This is not the time for
ostentation, please!